CN111833540A - Rental vehicle use charging method, electronic device and storage medium - Google Patents
Rental vehicle use charging method, electronic device and storage medium Download PDFInfo
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Abstract
The invention discloses a rental vehicle use charging method, electronic equipment and a storage medium, wherein the method comprises the following steps: responding to a charging start event of a rental vehicle associated with a plurality of renters, identifying a current renter currently using the rental vehicle, and acquiring current renter information of the current renter; if the current leasing party information exists, generating a use order about the leasing vehicle according to the current leasing party information; in response to a billing settlement event for a rental vehicle, settling a fee for the rental vehicle in accordance with the usage order. The invention identifies the current leasing party using the leasing vehicle at present, thereby being capable of charging the current leasing party of the leasing vehicle and avoiding charging errors. Because the current leasing party information can be obtained, automatic filling and automatic fee deduction of the order can be realized.
Description
Technical Field
The invention relates to the technical field of automobiles, in particular to a rental car use charging method, electronic equipment and a storage medium.
Background
In the existing parking lot, the license plate is identified, so that the passing, charging and off-site charging can be realized according to the license plate.
However, in the online car reservation parking scene, since a large number of online car reservations are currently purchased but not rented, there are cases where a plurality of drivers exist in the same vehicle during different renting periods, and there are shifts between drivers, and the like.
The existing parking lot identification technology cannot identify a driver (driver), if the rental relationship changes, automation cannot be realized, and troubles are brought to the renters in the past, so that billing errors are easily caused.
Disclosure of Invention
Therefore, it is necessary to provide a rental vehicle usage charging method, an electronic device, and a storage medium, for solving a technical problem that a rental vehicle in the related art cannot be charged for different renters.
The invention provides a rental vehicle use charging method, which comprises the following steps:
responding to a charging start event of a rental vehicle associated with a plurality of renters, identifying a current renter currently using the rental vehicle, and acquiring current renter information of the current renter;
if the current leasing party information exists, generating a use order about the leasing vehicle according to the current leasing party information;
in response to a billing settlement event for a rental vehicle, settling a fee for the rental vehicle in accordance with the usage order.
Further, the identifying a current renter currently using the rental vehicle includes:
searching a leasing party leasing the leasing vehicle in the current time period from a leasing platform associated with the leasing vehicle according to the identification information of the leasing vehicle;
if the leasing party leasing the leasing vehicle at the current time interval exists in the vehicle leasing platform, taking the leasing party leasing the leasing vehicle at the current time interval as the current leasing party, acquiring the information of the current leasing party as the information of the current leasing party, and judging that the information of the current leasing party exists;
and if the leasing party leasing the leasing vehicle at the current time interval does not exist in the vehicle leasing platform, judging that the current leasing party information does not exist.
Further, if there is a renter renting the rental car at the current time interval in the car renting platform, taking the renter renting the rental car at the current time interval as a current renter, acquiring information of the current renter as current renter information, and judging that there is current renter information, specifically including:
if the leasing party leasing the leasing vehicle at the current time interval exists in the vehicle leasing platform, taking the leasing party leasing the leasing vehicle at the current time interval as the current leasing party;
acquiring the information of the current leasing party as the information of the current leasing party;
acquiring a driver image of the rental vehicle through a camera;
identifying the driver image;
and if the identified driver information is consistent with the current leasing party information, judging that the current leasing party information exists, otherwise, judging that the current leasing party information does not exist.
Further, if there is a renter renting the rental car at the current time interval in the car renting platform, taking the renter renting the rental car at the current time interval as a current renter, acquiring information of the current renter as current renter information, and judging that there is current renter information, specifically including:
if the leasing party leasing the leasing vehicle at the current time interval exists in the vehicle leasing platform, taking the leasing party leasing the leasing vehicle at the current time interval as the current leasing party;
acquiring the information of the current leasing party as the information of the current leasing party, and acquiring the position information of the current leasing party according to the information of the current leasing party;
acquiring the position information of the rental car;
and if the distance difference between the position information of the current leasing party and the position information of the leasing vehicle is within a preset distance range, judging that the current leasing party information exists, otherwise, judging that the current leasing party information does not exist.
Further, the identifying a current renter currently using the rental vehicle includes:
acquiring a driver image of the rental vehicle through a camera;
identifying the driver image;
if the driver image is successfully identified, the identified driver information is used as the current leasing party information, and the current leasing party information is judged to exist;
and if the driver image identification is unsuccessful, judging that the current leasing party information does not exist.
Further, the identifying a current renter currently using the rental vehicle includes:
searching all leasing parties leasing the rental vehicle as leasing parties to be selected from a rental vehicle platform associated with the rental vehicle according to the identification information of the rental vehicle;
the method comprises the steps of obtaining information of each leasing party to be selected, and obtaining position information of each leasing party to be selected according to the information of each leasing party to be selected;
acquiring the position information of the rental car;
and if the leasing party to be selected exists, the information of the leasing party to be selected is used as the information of the current leasing party, and the information of the current leasing party is judged to exist, otherwise, the information of the current leasing party is judged not to exist.
The invention provides a rental car use charging electronic device, comprising:
at least one processor; and the number of the first and second groups,
a memory communicatively coupled to the at least one processor; wherein,
the memory stores instructions executable by the at least one processor to enable the at least one processor to:
responding to a charging start event of a rental vehicle associated with a plurality of renters, identifying a current renter currently using the rental vehicle, and acquiring current renter information of the current renter;
if the current leasing party information exists, generating a use order about the leasing vehicle according to the current leasing party information;
in response to a billing settlement event for a rental vehicle, settling a fee for the rental vehicle in accordance with the usage order.
Further, the identifying a current renter currently using the rental vehicle includes:
searching a leasing party leasing the leasing vehicle in the current time period from a leasing platform associated with the leasing vehicle according to the identification information of the leasing vehicle;
if the leasing party leasing the leasing vehicle at the current time interval exists in the vehicle leasing platform, taking the leasing party leasing the leasing vehicle at the current time interval as the current leasing party, acquiring the information of the current leasing party as the information of the current leasing party, and judging that the information of the current leasing party exists;
and if the leasing party leasing the leasing vehicle at the current time interval does not exist in the vehicle leasing platform, judging that the current leasing party information does not exist.
Further, if there is a renter renting the rental car at the current time interval in the car renting platform, taking the renter renting the rental car at the current time interval as a current renter, acquiring information of the current renter as current renter information, and judging that there is current renter information, specifically including:
if the leasing party leasing the leasing vehicle at the current time interval exists in the vehicle leasing platform, taking the leasing party leasing the leasing vehicle at the current time interval as the current leasing party;
acquiring the information of the current leasing party as the information of the current leasing party;
acquiring a driver image of the rental vehicle through a camera;
identifying the driver image;
and if the identified driver information is consistent with the current leasing party information, judging that the current leasing party information exists, otherwise, judging that the current leasing party information does not exist.
Further, if there is a renter renting the rental car at the current time interval in the car renting platform, taking the renter renting the rental car at the current time interval as a current renter, acquiring information of the current renter as current renter information, and judging that there is current renter information, specifically including:
if the leasing party leasing the leasing vehicle at the current time interval exists in the vehicle leasing platform, taking the leasing party leasing the leasing vehicle at the current time interval as the current leasing party;
acquiring the information of the current leasing party as the information of the current leasing party, and acquiring the position information of the current leasing party according to the information of the current leasing party;
acquiring the position information of the rental car;
and if the distance difference between the position information of the current leasing party and the position information of the leasing vehicle is within a preset distance range, judging that the current leasing party information exists, otherwise, judging that the current leasing party information does not exist.
Further, the identifying a current renter currently using the rental vehicle includes:
acquiring a driver image of the rental vehicle through a camera;
identifying the driver image;
if the driver image is successfully identified, the identified driver information is used as the current leasing party information, and the current leasing party information is judged to exist;
and if the driver image identification is unsuccessful, judging that the current leasing party information does not exist.
Further, the identifying a current renter currently using the rental vehicle includes:
searching all leasing parties leasing the rental vehicle as leasing parties to be selected from a rental vehicle platform associated with the rental vehicle according to the identification information of the rental vehicle;
the method comprises the steps of obtaining information of each leasing party to be selected, and obtaining position information of each leasing party to be selected according to the information of each leasing party to be selected;
acquiring the position information of the rental car;
and if the leasing party to be selected exists, the information of the leasing party to be selected is used as the information of the current leasing party, and the information of the current leasing party is judged to exist, otherwise, the information of the current leasing party is judged not to exist.
The present invention provides a storage medium storing computer instructions for performing all the steps of the rental vehicle use billing method as described above, when the computer executes the computer instructions.
The invention identifies the current leasing party using the leasing vehicle at present, thereby being capable of charging the current leasing party of the leasing vehicle and avoiding charging errors. Because the current leasing party information can be obtained, automatic filling and automatic fee deduction of the order can be realized.
Drawings
FIG. 1 is a flowchart illustrating a method for billing rental car usage in accordance with the present invention;
FIG. 2 is a flowchart illustrating a method for billing rental car usage in accordance with a second embodiment of the present invention;
FIG. 3 is a flowchart illustrating a method for billing rental car usage in accordance with a third embodiment of the present invention;
FIG. 4 is a flowchart illustrating a method for billing rental car use according to a fourth embodiment of the present invention;
FIG. 5 is a flowchart illustrating a method for billing rental car usage in accordance with a preferred embodiment of the present invention;
FIG. 6 is a schematic diagram of a hardware structure of an electronic device for billing rental car usage according to the present invention.
Detailed Description
The invention is described in further detail below with reference to the figures and specific examples.
Example one
FIG. 1 is a flowchart illustrating a method for billing rental car usage of the present invention, which comprises:
step S101, responding to the charging start event of the rental car associated with a plurality of renters, identifying the current renter currently using the rental car, and acquiring the current renter information of the current renter;
step S102, if the current leasing party information exists, generating a use order about the leasing vehicle according to the current leasing party information;
and step S103, in response to the charging and settlement event of the rental car, settling the fee of the rental car according to the use order.
Specifically, the present invention is mainly applied to a server that charges rental cars. The billing start event includes, but is not limited to, an event of a rental vehicle entering a parking lot, an event of a rental vehicle starting to use a charging post, and the like. When the rental car enters the parking lot or starts to use the charging pile, step S101 is triggered to acquire identification information of the rental car. The specific method can adopt the existing technologies of license plate recognition and the like to realize the acquisition of the recognition information of the rental vehicle. Then, step S101 identifies the current leasing party currently using the leasing vehicle, and acquires the current leasing party information of the current leasing party. The renter includes but is not limited to a renter or an account corresponding to the renter. The rental person is typically the driver who drives the rental car. The leasing party information includes, but is not limited to, a leasing party account number, leasing party deduction information, and the like. Since the rental car of the present invention has a plurality of renters, the different renters are distinguished by identifying the current renter that is currently using the rental car. After the current leasing party information is acquired, step S102 is executed, and if the current leasing party information exists, a use order about the leasing vehicle is generated according to the current leasing party information. Preferably, if the current rental party information does not exist, a use order may be manually generated by the rental vehicle driver or the rental party. For example, a mobile terminal, such as a mobile phone, is used to manually add and generate a usage order.
The usage order includes, but is not limited to, a parking order, a charging order, and the like. The specific use order is generated according to the service used by the rental car in the parking lot.
The billing event for the rental car includes, but is not limited to, the rental car leaving the parking lot, or the rental car ending charge. When the rental car leaves the parking lot or the rental car is charged to the end, step S103 is triggered. The rental vehicle leaving the parking lot or the rental vehicle being charged can be identified by the existing parking lot detection technology or charging detection technology, such as license plate identification. In step S103, a settlement deduction is made for the use order of the rental car.
The invention identifies the current leasing party using the leasing vehicle at present, thereby being capable of charging the current leasing party of the leasing vehicle and avoiding charging errors. Because the current leasing party information can be obtained, automatic filling and automatic fee deduction of the order can be realized.
Example two
Fig. 2 is a flowchart illustrating a rental car usage billing method according to a second embodiment of the present invention, including:
step S201, responding to the charging start event of the rental car associated with a plurality of renters;
step S202, searching a leasing party leasing the leasing vehicle in the current time period from a vehicle leasing platform associated with the leasing vehicle according to the identification information of the leasing vehicle;
step S203, if the renter party renting the rented vehicle at the current time interval exists in the renting platform, taking the renter party renting the rented vehicle at the current time interval as the current renter party, acquiring the information of the current renter party as the information of the current renter party, judging that the information of the current renter party exists, and if the renter party renting the rented vehicle at the current time interval does not exist in the renting platform, judging that the information of the current renter party does not exist;
step S204, if the current leasing party information exists, generating a use order about the leasing vehicle according to the current leasing party information;
and S205, in response to the charging and settlement event of the rental car, settling the fee of the rental car according to the use order.
Specifically, all renters of the rental car are stored in the rental car platform, and step S202 searches for renters renting the rental car in the current time period from all renters. If the renter who rents the rental car at the current time interval exists in the car renting platform, step S203, the information of the current renter is obtained as the information of the current renter, the information of the current renter is judged to exist, and if the renter who rents the rental car at the current time interval does not exist in the car renting platform, step S203 judges that the information of the current renter does not exist.
Step S204 generates a usage order for the rental car according to the current rental party information. Preferably, if the current rental party information does not exist, a use order may be manually generated by the rental vehicle driver or the rental party. For example, a mobile terminal, such as a mobile phone, is used to manually add and generate a usage order.
The usage order includes, but is not limited to, a parking order, a charging order, and the like. The specific use order is generated according to the service used by the rental car in the parking lot.
Then, when the rental car is subject to billing settlement, step S205 is triggered to perform settlement deduction for the use order of the rental car.
According to the embodiment, the renting party renting the rented vehicle at the current time period is used as the current renting party through the information of the renting platform, and the identification is accurate and effective.
In one embodiment, if a renter leasing the rental car at the current time interval exists in the car renting platform, taking the renter leasing the rental car at the current time interval as the current renter, acquiring information of the current renter as the current renter information, and judging that the current renter information exists specifically includes:
if the leasing party leasing the leasing vehicle at the current time interval exists in the vehicle leasing platform, taking the leasing party leasing the leasing vehicle at the current time interval as the current leasing party;
acquiring the information of the current leasing party as the information of the current leasing party;
acquiring a driver image of the rental vehicle through a camera;
identifying the driver image;
and if the identified driver information is consistent with the current leasing party information, judging that the current leasing party information exists, otherwise, judging that the current leasing party information does not exist.
Specifically, since the rental information in the rental car platform may not be consistent with the actual driver, the driver image is captured by the camera and then image recognition is performed. Preferably, the face of the driver may be collected, and then the driver information may be recognized through a face recognition technology. The camera can set up in the rental car, parking area entrance, or fill on the electric pile.
The embodiment adds the image recognition to the driver so as to verify the information of the car renting platform and avoid error charging.
In one embodiment, if a renter leasing the rental car at the current time interval exists in the car renting platform, taking the renter leasing the rental car at the current time interval as the current renter, acquiring information of the current renter as the current renter information, and judging that the current renter information exists specifically includes:
if the leasing party leasing the leasing vehicle at the current time interval exists in the vehicle leasing platform, taking the leasing party leasing the leasing vehicle at the current time interval as the current leasing party;
acquiring the information of the current leasing party as the information of the current leasing party, and acquiring the position information of the current leasing party according to the information of the current leasing party;
acquiring the position information of the rental car;
and if the distance difference between the position information of the current leasing party and the position information of the leasing vehicle is within a preset distance range, judging that the current leasing party information exists, otherwise, judging that the current leasing party information does not exist.
Specifically, since the rental information in the rental car platform may not coincide with the actual driver, the location information of the current rental party is acquired and then compared with the location information of the rental car through the location information of the current rental party. And if the current leasing party is in the leasing vehicle, the distance difference between the position information of the current leasing party and the position information of the leasing vehicle is very small and is within a preset distance range. And if the current leasing party is not in the leasing vehicle, the distance difference between the position information of the current leasing party and the position information of the leasing vehicle is large and is out of the preset distance range. Therefore, whether the current leasing party determined by the car leasing platform is in the car leasing can be judged through the distance difference.
The position information of the current leasing party can be obtained through the position information of the mobile terminal bound by the current leasing party.
The embodiment adds position identification to the renter and the rented vehicle so as to verify the information of the rented vehicle platform and avoid error charging.
EXAMPLE III
Fig. 3 is a flowchart illustrating a rental car usage billing method according to a third embodiment of the present invention, including:
step S301, responding to a billing start event of a rental car associated with a plurality of renters;
step S302, acquiring a driver image of the rental vehicle through a camera;
step S303, identifying the driver image;
step S304, if the driver image is successfully identified, the identified driver information is used as the current leasing party information, the current leasing party information is judged to exist, and if the driver image is unsuccessfully identified, the current leasing party information is judged not to exist;
step S305, if the current leasing party information exists, generating a use order about the leasing vehicle according to the current leasing party information;
and S306, responding to the charging and settlement event of the rental car, and settling the fee of the rental car according to the use order.
Specifically, step S302 captures an image of the driver by a camera, and then step S303 performs image recognition. Preferably, the face of the driver may be collected, and then the driver information may be recognized through a face recognition technology. The camera can set up in the rental car, parking area entrance, or fill on the electric pile.
If the image identification is successful, step S304, the current leasing party information is judged to exist, otherwise, step S304, the current leasing party information is judged not to exist.
Step S305 generates a usage order for the rental car based on the current rental party information. Preferably, if the current rental party information does not exist, a use order may be manually generated by the rental vehicle driver or the rental party. For example, a mobile terminal, such as a mobile phone, is used to manually add and generate a usage order.
The usage order includes, but is not limited to, a parking order, a charging order, and the like. The specific use order is generated according to the service used by the rental car in the parking lot.
Then, when the rental car is charged and settled, step S306 is triggered to settle and deduct the fee for the use order of the rental car.
The embodiment identifies the image of the driver, and takes the identified driver information as the information of the current leasing party, and because the driver information is identified in real time, the identification is more accurate and effective.
Example four
Fig. 4 is a flowchart illustrating a rental car use billing method according to a fourth embodiment of the present invention, including:
step S401, responding to the charging start event of the rental vehicle associated with a plurality of renters;
step S402, searching all leasing parties leasing the leasing vehicle as leasing parties to be selected from a leasing platform associated with the leasing vehicle according to identification information of the leasing vehicle;
step S403, acquiring information of each leasing party to be selected, and acquiring position information of each leasing party to be selected according to the information of each leasing party to be selected;
step S404, acquiring the position information of the rental car;
step S405, if a leasing party to be selected exists, wherein the distance difference between the position information and the position information of the leasing vehicle is within a preset distance range, the information of the leasing party to be selected is used as the information of the current leasing party, and the information of the current leasing party is judged to exist, otherwise, the information of the current leasing party is judged not to exist;
step S406, if the current leasing party information exists, generating a use order about the leasing vehicle according to the current leasing party information;
step S407, in response to the billing and settlement event of the rental car, settling the fee of the rental car according to the usage order.
Specifically, a plurality of leasing parties are stored in the leasing platform for leasing vehicle association. Step S402 acquires all leasing parties of the leasing vehicle as leasing parties to be selected. Then, in steps S403 to S405, the leasing party to be selected is screened according to the distance difference between the location information of the leasing party to be selected and the location information of the leasing vehicle. And if the leasing party to be selected is in the leasing vehicle, the distance difference between the position information of the leasing party to be selected and the position information of the leasing vehicle is very small and is within a preset distance range. And if the leasing party to be selected is not in the leasing vehicle, the distance difference between the position information of the leasing party to be selected and the position information of the leasing vehicle is large and is out of the preset distance range. Therefore, whether the leasing party to be selected is in the leasing vehicle or not can be judged through the distance difference value.
And the position information of the leasing party to be selected can be obtained through the position information of the mobile terminal bound by the leasing party to be selected.
And if the leasing party to be selected exists, wherein the distance difference between the position information and the position information of the leasing vehicle is within the preset distance range, the step S405 takes the information of the leasing party to be selected as the current leasing party information, and judges that the current leasing party information exists, otherwise, the step S405 judges that the current leasing party information does not exist.
Step S406 generates a usage order for the rental car based on the current rental party information. Preferably, if the current rental party information does not exist, a use order may be manually generated by the rental vehicle driver or the rental party. For example, a mobile terminal, such as a mobile phone, is used to manually add and generate a usage order.
The usage order includes, but is not limited to, a parking order, a charging order, and the like. The specific use order is generated according to the service used by the rental car in the parking lot.
Then, when the rental car is charged and settled, step S407 is triggered to settle and deduct the fee for the use order of the rental car.
In the embodiment, the renters and the rented vehicles are identified, and the renters to be selected, which have the distance difference value between the identified position information and the position information of the rented vehicles within the preset distance range, are used as the current renters, so that the identification is accurate and effective. Meanwhile, the scheme does not need to arrange additional equipment, and the cost is lower.
EXAMPLE five
FIG. 5 is a flowchart illustrating a method for billing rental car usage in accordance with a preferred embodiment of the present invention, including:
step S501, identifying rental vehicles, reporting license plates and triggering step S502;
step S502, people and vehicles are identified, wherein the people and vehicles identification scheme comprises the following steps:
(1) the method comprises the steps that vehicle leasing information is inquired through a vehicle leasing platform, and leasing party information is obtained; or
(2) Obtaining the information of a current vehicle driver and the information of a leasing party by a face recognition technology; or
(3) Obtaining leasing party information through a leasing platform, and verifying through positioning position information of a vehicle and the leasing party;
step S503, when the rental car parks, calling different methods for generating parking orders according to the existence of the renter information, if the renter information exists, automatically filling the generated parking orders, and if the renter information does not exist, manually filling the generated parking orders by a user;
step S504, when the rental car is charged, charging data is uploaded, different methods for generating charging orders are called according to the fact that whether the renter information exists or not, if the renter information exists, the charging orders are automatically filled, and if the renter information does not exist, the charging orders are manually filled by a user after being generated;
and step S505, when the rental car leaves the parking lot, calling different charging settlement methods according to the existence of the rental party information, if the rental party information exists, automatically charging and settling, and if the rental party information does not exist, manually settling by a user.
EXAMPLE six
FIG. 6 is a schematic diagram of a hardware structure of a rental car usage billing electronic device according to the present invention, including:
at least one processor 601; and the number of the first and second groups,
a memory 602 communicatively coupled to the at least one processor 601; wherein,
the memory 602 stores instructions executable by the one processor to cause the at least one processor to:
responding to a charging start event of a rental vehicle associated with a plurality of renters, identifying a current renter currently using the rental vehicle, and acquiring current renter information of the current renter;
if the current leasing party information exists, generating a use order about the leasing vehicle according to the current leasing party information;
in response to a billing settlement event for a rental vehicle, settling a fee for the rental vehicle in accordance with the usage order.
In fig. 6, one processor 601 is taken as an example.
The electronic device is preferably a server. The electronic device may further include: an input device 603 and a display device 604.
The processor 601, the memory 602, the input device 603, and the display device 604 may be connected by a bus or other means, and are illustrated as being connected by a bus.
The memory 602, serving as a non-volatile computer-readable storage medium, may be used to store non-volatile software programs, non-volatile computer-executable programs, and modules, such as program instructions/modules corresponding to the rental-vehicle-usage billing method in the embodiment of the present application, for example, the method flow shown in fig. 1. The processor 601 executes various functional applications and data processing by executing nonvolatile software programs, instructions, and modules stored in the memory 602, that is, implements the rental vehicle usage charging method in the above-described embodiment.
The memory 602 may include a storage program area and a storage data area, wherein the storage program area may store an operating system, an application program required for at least one function; the storage data area may store data created according to the use of the rental-vehicle-use billing method, and the like. Further, the memory 602 may include high speed random access memory, and may also include non-volatile memory, such as at least one magnetic disk storage device, flash memory device, or other non-volatile solid state storage device. In some embodiments, memory 602 optionally includes memory located remotely from processor 601, and these remote memories may be connected over a network to a device that performs rental vehicle usage billing methods. Examples of such networks include, but are not limited to, the internet, intranets, local area networks, mobile communication networks, and combinations thereof.
Input device 603 may receive input user clicks and generate signal inputs related to user settings and function controls for rental vehicle usage billing methods. The display device 604 may include a display screen or the like.
Where the one or more modules are stored in the memory 602, when executed by the one or more processors 601, the rental vehicle usage billing method of any of the method embodiments described above is performed.
The invention identifies the current leasing party using the leasing vehicle at present, thereby being capable of charging the current leasing party of the leasing vehicle and avoiding charging errors. Because the current leasing party information can be obtained, automatic filling and automatic fee deduction of the order can be realized.
EXAMPLE seven
A seventh embodiment of the present invention provides a rental car use charging electronic device, including:
at least one processor; and the number of the first and second groups,
a memory communicatively coupled to the at least one processor; wherein,
the memory stores instructions executable by the one processor to cause the at least one processor to:
responsive to a billing start event for a rental vehicle associated with a plurality of renters;
searching a leasing party leasing the leasing vehicle in the current time period from a leasing platform associated with the leasing vehicle according to the identification information of the leasing vehicle;
if the renter leasing party leasing the rented vehicle at the current time interval exists in the renting platform, taking the renter leasing the rented vehicle at the current time interval as the current renter, acquiring the information of the current renter as the information of the current renter, judging that the information of the current renter exists, and if the renter leasing party leasing the rented vehicle at the current time interval does not exist in the renting platform, judging that the information of the current renter does not exist;
if the current leasing party information exists, generating a use order about the leasing vehicle according to the current leasing party information;
in response to a billing settlement event for a rental vehicle, settling a fee for the rental vehicle in accordance with the usage order.
According to the embodiment, the renting party renting the rented vehicle at the current time period is used as the current renting party through the information of the renting platform, and the identification is accurate and effective.
In one embodiment, if a renter leasing the rental car at the current time interval exists in the car renting platform, taking the renter leasing the rental car at the current time interval as the current renter, acquiring information of the current renter as the current renter information, and judging that the current renter information exists specifically includes:
if the leasing party leasing the leasing vehicle at the current time interval exists in the vehicle leasing platform, taking the leasing party leasing the leasing vehicle at the current time interval as the current leasing party;
acquiring the information of the current leasing party as the information of the current leasing party;
acquiring a driver image of the rental vehicle through a camera;
identifying the driver image;
and if the identified driver information is consistent with the current leasing party information, judging that the current leasing party information exists, otherwise, judging that the current leasing party information does not exist.
The embodiment adds the image recognition to the driver so as to verify the information of the car renting platform and avoid error charging.
In one embodiment, if a renter leasing the rental car at the current time interval exists in the car renting platform, taking the renter leasing the rental car at the current time interval as the current renter, acquiring information of the current renter as the current renter information, and judging that the current renter information exists specifically includes:
if the leasing party leasing the leasing vehicle at the current time interval exists in the vehicle leasing platform, taking the leasing party leasing the leasing vehicle at the current time interval as the current leasing party;
acquiring the information of the current leasing party as the information of the current leasing party, and acquiring the position information of the current leasing party according to the information of the current leasing party;
acquiring the position information of the rental car;
and if the distance difference between the position information of the current leasing party and the position information of the leasing vehicle is within a preset distance range, judging that the current leasing party information exists, otherwise, judging that the current leasing party information does not exist.
The embodiment adds position identification to the renter and the rented vehicle so as to verify the information of the rented vehicle platform and avoid error charging.
Example eight
An eighth embodiment of the present invention provides a rental car use billing electronic device, including:
at least one processor; and the number of the first and second groups,
a memory communicatively coupled to the at least one processor; wherein,
the memory stores instructions executable by the one processor to cause the at least one processor to:
responsive to a billing start event for a rental vehicle associated with a plurality of renters;
acquiring a driver image of the rental vehicle through a camera;
identifying the driver image;
if the driver image is successfully identified, the identified driver information is used as the current leasing party information, the current leasing party information is judged to exist, and if the driver image is unsuccessfully identified, the current leasing party information is judged to not exist;
if the current leasing party information exists, generating a use order about the leasing vehicle according to the current leasing party information;
in response to a billing settlement event for a rental vehicle, settling a fee for the rental vehicle in accordance with the usage order.
The embodiment identifies the image of the driver, and takes the identified driver information as the information of the current leasing party, and because the driver information is identified in real time, the identification is more accurate and effective.
Example nine
A ninth embodiment of the present invention provides a rental car use charging electronic device, including:
at least one processor; and the number of the first and second groups,
a memory communicatively coupled to the at least one processor; wherein,
the memory stores instructions executable by the one processor to cause the at least one processor to:
responsive to a billing start event for a rental vehicle associated with a plurality of renters;
searching all leasing parties leasing the rental vehicle as leasing parties to be selected from a rental vehicle platform associated with the rental vehicle according to the identification information of the rental vehicle;
the method comprises the steps of obtaining information of each leasing party to be selected, and obtaining position information of each leasing party to be selected according to the information of each leasing party to be selected;
acquiring the position information of the rental car;
if the leasing party to be selected exists, the information of the leasing party to be selected is used as the information of the current leasing party, and the information of the current leasing party is judged to exist, otherwise, the information of the current leasing party is judged not to exist;
if the current leasing party information exists, generating a use order about the leasing vehicle according to the current leasing party information;
in response to a billing settlement event for a rental vehicle, settling a fee for the rental vehicle in accordance with the usage order.
In the embodiment, the renters and the rented vehicles are identified, and the renters to be selected, which have the distance difference value between the identified position information and the position information of the rented vehicles within the preset distance range, are used as the current renters, so that the identification is accurate and effective. Meanwhile, the scheme does not need to arrange additional equipment, and the cost is lower.
A tenth embodiment of the present invention provides a storage medium storing computer instructions for performing all the steps of the rental-vehicle-use billing method as described above, when the computer executes the computer instructions.
The above-mentioned embodiments only express several embodiments of the present invention, and the description thereof is more specific and detailed, but not construed as limiting the scope of the present invention. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the inventive concept, which falls within the scope of the present invention. Therefore, the protection scope of the present patent shall be subject to the appended claims.
Claims (13)
1. A rental vehicle use billing method, comprising:
responding to a charging start event of a rental vehicle associated with a plurality of renters, identifying a current renter currently using the rental vehicle, and acquiring current renter information of the current renter;
if the current leasing party information exists, generating a use order about the leasing vehicle according to the current leasing party information;
in response to a billing settlement event for a rental vehicle, settling a fee for the rental vehicle in accordance with the usage order.
2. The rental vehicle usage billing method of claim 1, wherein the identifying a current renter currently using the rental vehicle comprises:
searching a leasing party leasing the leasing vehicle in the current time period from a leasing platform associated with the leasing vehicle according to the identification information of the leasing vehicle;
if the leasing party leasing the leasing vehicle at the current time interval exists in the vehicle leasing platform, taking the leasing party leasing the leasing vehicle at the current time interval as the current leasing party, acquiring the information of the current leasing party as the information of the current leasing party, and judging that the information of the current leasing party exists;
and if the leasing party leasing the leasing vehicle at the current time interval does not exist in the vehicle leasing platform, judging that the current leasing party information does not exist.
3. The method for billing rental vehicle use of claim 2, wherein if there is a renter renting the rental vehicle in the current time period on the rental platform, the renter renting the rental vehicle in the current time period is taken as the current renter, information of the current renter is acquired as the current renter information, and it is determined that there is current renter information, specifically comprising:
if the leasing party leasing the leasing vehicle at the current time interval exists in the vehicle leasing platform, taking the leasing party leasing the leasing vehicle at the current time interval as the current leasing party;
acquiring the information of the current leasing party as the information of the current leasing party;
acquiring a driver image of the rental vehicle through a camera;
identifying the driver image;
and if the identified driver information is consistent with the current leasing party information, judging that the current leasing party information exists, otherwise, judging that the current leasing party information does not exist.
4. The method for billing rental vehicle use of claim 2, wherein if there is a renter renting the rental vehicle in the current time period on the rental platform, the renter renting the rental vehicle in the current time period is taken as the current renter, information of the current renter is acquired as the current renter information, and it is determined that there is current renter information, specifically comprising:
if the leasing party leasing the leasing vehicle at the current time interval exists in the vehicle leasing platform, taking the leasing party leasing the leasing vehicle at the current time interval as the current leasing party;
acquiring the information of the current leasing party as the information of the current leasing party, and acquiring the position information of the current leasing party according to the information of the current leasing party;
acquiring the position information of the rental car;
and if the distance difference between the position information of the current leasing party and the position information of the leasing vehicle is within a preset distance range, judging that the current leasing party information exists, otherwise, judging that the current leasing party information does not exist.
5. The rental vehicle usage billing method of claim 1, wherein the identifying a current renter currently using the rental vehicle comprises:
acquiring a driver image of the rental vehicle through a camera;
identifying the driver image;
if the driver image is successfully identified, the identified driver information is used as the current leasing party information, and the current leasing party information is judged to exist;
and if the driver image identification is unsuccessful, judging that the current leasing party information does not exist.
6. The rental vehicle usage billing method of claim 1, wherein the identifying a current renter currently using the rental vehicle comprises:
searching all leasing parties leasing the rental vehicle as leasing parties to be selected from a rental vehicle platform associated with the rental vehicle according to the identification information of the rental vehicle;
the method comprises the steps of obtaining information of each leasing party to be selected, and obtaining position information of each leasing party to be selected according to the information of each leasing party to be selected;
acquiring the position information of the rental car;
and if the leasing party to be selected exists, the information of the leasing party to be selected is used as the information of the current leasing party, and the information of the current leasing party is judged to exist, otherwise, the information of the current leasing party is judged not to exist.
7. A rental vehicle use billing electronic device, comprising:
at least one processor; and the number of the first and second groups,
a memory communicatively coupled to the at least one processor; wherein,
the memory stores instructions executable by the at least one processor to enable the at least one processor to:
responding to a charging start event of a rental vehicle associated with a plurality of renters, identifying a current renter currently using the rental vehicle, and acquiring current renter information of the current renter;
if the current leasing party information exists, generating a use order about the leasing vehicle according to the current leasing party information;
in response to a billing settlement event for a rental vehicle, settling a fee for the rental vehicle in accordance with the usage order.
8. The rental car use billing electronic device of claim 7, wherein identifying a current renter currently using the rental car comprises:
searching a leasing party leasing the leasing vehicle in the current time period from a leasing platform associated with the leasing vehicle according to the identification information of the leasing vehicle;
if the leasing party leasing the leasing vehicle at the current time interval exists in the vehicle leasing platform, taking the leasing party leasing the leasing vehicle at the current time interval as the current leasing party, acquiring the information of the current leasing party as the information of the current leasing party, and judging that the information of the current leasing party exists;
and if the leasing party leasing the leasing vehicle at the current time interval does not exist in the vehicle leasing platform, judging that the current leasing party information does not exist.
9. The electronic device for rental vehicle usage billing of claim 8, wherein if there is a renter renting the rental vehicle in the current time period on the rental car platform, the renter renting the rental vehicle in the current time period is taken as the current renter, information of the current renter is acquired as the current renter information, and it is determined that there is current renter information, specifically comprising:
if the leasing party leasing the leasing vehicle at the current time interval exists in the vehicle leasing platform, taking the leasing party leasing the leasing vehicle at the current time interval as the current leasing party;
acquiring the information of the current leasing party as the information of the current leasing party;
acquiring a driver image of the rental vehicle through a camera;
identifying the driver image;
and if the identified driver information is consistent with the current leasing party information, judging that the current leasing party information exists, otherwise, judging that the current leasing party information does not exist.
10. The electronic device for rental vehicle usage billing of claim 8, wherein if there is a renter renting the rental vehicle in the current time period on the rental car platform, the renter renting the rental vehicle in the current time period is taken as the current renter, information of the current renter is acquired as the current renter information, and it is determined that there is current renter information, specifically comprising:
if the leasing party leasing the leasing vehicle at the current time interval exists in the vehicle leasing platform, taking the leasing party leasing the leasing vehicle at the current time interval as the current leasing party;
acquiring the information of the current leasing party as the information of the current leasing party, and acquiring the position information of the current leasing party according to the information of the current leasing party;
acquiring the position information of the rental car;
and if the distance difference between the position information of the current leasing party and the position information of the leasing vehicle is within a preset distance range, judging that the current leasing party information exists, otherwise, judging that the current leasing party information does not exist.
11. The rental car use billing electronic device of claim 7, wherein identifying a current renter currently using the rental car comprises:
acquiring a driver image of the rental vehicle through a camera;
identifying the driver image;
if the driver image is successfully identified, the identified driver information is used as the current leasing party information, and the current leasing party information is judged to exist;
and if the driver image identification is unsuccessful, judging that the current leasing party information does not exist.
12. The rental car use billing electronic device of claim 7, wherein identifying a current renter currently using the rental car comprises:
searching all leasing parties leasing the rental vehicle as leasing parties to be selected from a rental vehicle platform associated with the rental vehicle according to the identification information of the rental vehicle;
the method comprises the steps of obtaining information of each leasing party to be selected, and obtaining position information of each leasing party to be selected according to the information of each leasing party to be selected;
acquiring the position information of the rental car;
and if the leasing party to be selected exists, the information of the leasing party to be selected is used as the information of the current leasing party, and the information of the current leasing party is judged to exist, otherwise, the information of the current leasing party is judged not to exist.
13. A storage medium storing computer instructions for performing all the steps of the rental vehicle use billing method of any of claims 1-6 when executed by a computer.
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| CN117423232A (en) * | 2023-10-19 | 2024-01-19 | 北京保险服务中心股份有限公司 | Rental property vehicle identification method based on Internet of vehicles big data |
| CN117423232B (en) * | 2023-10-19 | 2024-04-02 | 北京保险服务中心股份有限公司 | Rental property vehicle identification method based on Internet of vehicles big data |
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